The TV industry is migrating from traditional tuner CANs using hundreds of discrete components to silicon tuner-based CANs and on-board designs in order to achieve lower costs and smaller form factors. The vast majority of new tuner designs use silicon tuners. In fact, industry experts estimate nearly 50 percent of TV tuners shipped in 2012 will be silicon-based, growing to more than 80 percent by 2015.

In the past, CAN tuners included an integrated analog demodulator, digital demodulator, SAW filters and IF amplifiers. Recently, these functions have migrated from the CAN into the most popular TV system-on-chips (SoCs). At the same time, many existing silicon tuners retained some of this functionality, adding unnecessary system cost and complexity. Fresco's Simply RF silicon tuner architecture eliminates these expensive redundant circuits to deliver the industry's lowest system solution cost.

"The proliferation of silicon tuners in mainstream tuner CANs and on-board designs continues to accelerate as TV manufacturers seek silicon solutions that meet aggressive cost targets and stringent performance requirements," said Takayuki Maruhashi, director, Techno Systems Research. "The ability to align with the industry-wide shift toward increased integration of select functions in the TV SoC is critical to achieve system cost reduction."

The FM5150A is the latest addition to Fresco's silicon tuner product family. The chip seamlessly interfaces to TV SoCs to optimize tuner CAN and on-board designs.

"Fresco is capitalizing on its market leadership in analog and digital television with the expansion of our game-changing silicon tuner product line," said Lance Greggain, CEO, president and co-founder of Fresco Microchip. "Through our ongoing focus to deliver value through innovation, Fresco continues to change the industry paradigm."